Powered by Affective Neuron™
The Affective Neuron™ initial target application is cryptocurrency unified full node mining. Implemented as a GaAs optoelectronic 4D multi-chip module, on a unique diamond dielectric micro-cooled substrate, Affective Neuron™ Cryptominer revolutionizes cryptocurrency at 500 GHz speed, low production cost, smart phone small size, low electrical power requirements and low temperature.
Cryptocurrency has the potential to be the world equivalent to the US Constitution 2nd amendment, which guarantees all other inalienable human rights. Cryptocurrency is a technology to free, enable and lift up all people of the world from dictatorial tyranny and poverty.
This is only achieved with low cost and unified decentralization of cryptocurrency transaction validation and node processing. Current cryptocurrency technology can not achieve this due to flawed focus on software patches and separation of validation from the full nodes. Transactions are not peer to peer because the miner is the node transaction validation intermediary. This causes conflict because miners have different goals than those running full nodes.
The single solution is that the process of transaction validation must be unified with the nodes, to be made orders of magnitude more efficient, and must be deployed in the form factor, cost and electrical power requirements of a smart phone so that everyone can be both a full node and a miner. Affective Neuron™ Cryptominer achieves this solution.
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A cryptocurrency is a digital asset designed to work as a medium of exchange that uses strong cryptography to secure financial transactions, control the creation of additional units, and verify the transfer of assets.  Cryptocurrency is a kind of digital currency, virtual currency or alternative currency. Cryptocurrencies use decentralized control  as opposed to centralized electronic money and central banking systems. The decentralized control of each cryptocurrency works through distributed ledger technology, typically a blockchain, that serves as a public financial transaction database. The cryptographic algorithms used to secure and validate cryptocurrency transactions are computationally expensive leading to the undesirable lack of decentralization of cryptocurrency validation, which has many negative serious side effects.
Cryptocurrency transaction validation, called mining, is most efficiently implemented using Application Specific Integrated Circuits (ASICs). However ASIC computational power currently implemented with complementary metal–oxide–semiconductors (CMOS) comes with high costs and are at their practical limits.
These costs include very high electrical energy power requirements, excessive heat dissipation, and high ASIC miner costs per unit. Further, current CMOS ASIC miners have reached the limits of CMOS technology performance because transistor size cannot be efficiently reduced further without serious impact to electrical power costs and performance, which further subvert decentralization.
The Affective Neuron™ miner is a new machine learning cryptocurrency mining technology in development to address this challenge with novel unsupervised reinforcement artificial intelligence implemented using low cost high performance, low power, inexpensive optoelectronic technology.
Cryptocurrency has the potential to free, enable and lift up the people of the world from government dictatorial tyranny and poverty, but only if full low-cost, full decentralization of critical cryptocurrency transaction validation is achieved. The current cryptocurrency technology trajectory can't achieve this due to a flawed focus on software architectural solutions not fundamentally addressing mining.
We believe the single cryptocurrency solution is that the process of transaction validation (mining) must be orders of magnitude faster and deployed in the form factor, cost and electrical power requirements of a smart phone. Affective Neuron™ cryptocurrency miner achieves this.
The Affective Neuron™ cryptocurrency miner is implemented as a GaAs optoelectronic 4D multi-chip module on a diamond micro-cooled substrate. It may revolutionize cryptocurrency. Its 500 GHz speed, very low production cost, smart phone small size, small electrical power requirements and low running temperature is a game changer.